Strip feeding and severing apparatus



Aug. 19, 1941. .1. Q. SHERMAN STRIP FEEDING AND SEVERING APPARATUS Original Filed Dec. 14, 1936 8 Sheets-Sheet l as A M R y f RQMREM .U M M SM LLC 0 flaw mm n HMM A m Mud u Kw Aug. 19, 1941. J. Q. SHERMAN STRIP FEEDING AND SEVERING APPARATUS Original Filed Dec. 14, 1936 8 Sheets-Sheet 2 Aug. 19, 1941.

J. O. SHERMAN STRIP FEEDING AND SEVERING APPARATUS Original Filed Dec. 8 Sheets-Sheet 3 Joy/v 62 SHERMAN Mil/m 6 SHERMAN Aug. 19, 1941. J. Q. SHERMAN STRIP FEEDING AND SEYERING APPARATUS Original Filed Dec. 14, 1936 8 Sheets-Sheet 4 A. m U C 2 Y T E f M Q T. ,T A

m R m 5.4% n? Z3 NDEMM m m u.MMW k m\ I :III II l lllii l ,f 2 h W MQ II I MN srh|1|| IH .W hi illll. 2 =5 S \KN m\\ 5 Aug.- 19,1941. J. Q. SHERMAN STRIP FEEDING AND SEVERING APPARATUS Original Filed Dec. 14, 1936 8 Sheets-Sheet 5 I HHIHIM" Q. SHERMAN 2,252,735

STRIP FEEDING AND SEVERING APPARATUS Original Filed Dec. 14, 1936 8 Sheets-Sheet 6 l I T/ domv 0 SHERMAN DECEASED ATTFRNEY Aug. 19, 1941. J. Q. SHERMAN STRIP FEEDING AND SEVERING APPARATUS Original Filed Dec. 14, 1936 8 Sheets-Sheet 7 ANM M m m M fiku v. RQSM M E M H NS MW m SME EC 2 m R: Pf M 1m mud iJv d KWW J. Q. SHERMAN STRIP FEEDING AND SEVERING APPARATUS Aug. 19, 1941.

Original Filed Dec. 14, 1936' 8 Sheets-Sheet 8 DFCEASL'D [XECl/TORS frromzv Patented Aug. 19, 1941 2,252,735

STRIP FEEDING AND SEVERING APPARATUS John Quirk Sherman, deceased, late of Dayton, Ohio, by Katherine M. Sherman, William C. Sherman, and Weilmore B. Turner, executors, Dayton, Ohio Original application December 14, 1936, Serial No.

115,804. Divided and this application September 9, 1939, Serial No. 294,199

23 Claims. '(Cl. 164-68) This invention relates to printing apparatus, and more particularly to automatic mechanism for printing form letters, circulars and the like, employing therefor continuous web or series-conwhether such be long or short, and be given further advance movement either in advance or subsequent to the impression contact of the cylinder, the extent of such advance movement being entirely independently of the movement of the nected stationerywhich, after the printing opercylinder to afford a sheet length of predetermined ation, is automatically subdivided into succesextent. I: sive sheets. A further object of the invention is to provide The prment apparatus is designed for use in in combination with such printing apparatus a mercantile and industrial establishments for positive feed mechanism for the paper web and rapidly multigraphing letters, bills and circulars to provide slitting means for removing marginal for which continuous web printed stationery in portions of the web employed for feeding purroll or packet form shall have been previously poses subsequently to the printing operation; prepared, although it may be employed for gen- A further object of the invention is to provide eral type printing of hand bills, circulars and a compact, inexpensive apparatus adapted for forms. use in commercial and mercantile establishments The web of stationery is preferably pre-printed and which may be operated by unskilled persons. 'with a succession of letterheads at spaced inter- With the above primary and other incidental vals, forms or other indicia, in predetermined objects in view as will more fully appear in the .relation with which successive letter print im-'- specification, the invention consists of the fe'apressions are to be effected. 2o tures of construction, the parts and combina- A continuously rotating drum carries the tions thereof and the mode of operation, or their printing type, which may be either directly'inked equivalents, as hereinafter described and set or operate through an overlying inked ribbon to forth in the claims. effect an impression in a manner similar to the Referring to the accompanying drawings, well-known multigraphing machines. While the wherein are shown the preferred but obviously printing cylinder, of which only a small portion not the only form of embodiment of the invenof the periphery may be occupied by printing tion, Fig. 1 is a side elevation of the assembled type, rotates continuously, the paperfeeding apparatus. Fig. 2 is a top plan view thereof. mechanism is operated intermittently through Fig. 3 is anenlarged detail sectional view on the step-by-step movement, the length of the steps longitudinal medial line looking upwardly in Fig.

being variable in accordance with the size of the 2. Fig. 4 is a similar enlarged detail sectional desired printed sheet. Paper feed devices of view looking in the reverse direction. Fig. 5 is positive character are employed, which prefera transverse sectional view in the axial plane of ably, though not necessarily, are of the pin wheel the printing cylinder. Fig. 5a is an enlarged view type, the pins of which progressively engage in showing the driving connection between the spaced marginal holes in the paper web. Subseprinting cylinder actuating'means and the printquently to the printing operation the punched ing cylinder. Fig. 6 is a detail view of the chain margins of the printed web are trimmed off and belt paper feed device. Figs. 7 and 8 are top and the web is transversely cut intermediate sucside elevations of the paper feed chain. Fig. 9 ceedlng impressions into printed sheets. is a detail view of a further modification of the The object of the invention is to simplify the paper feeding means. Figs. 10 and 11 are detail construction as well as the means and mode of views of the auxiliary or signature-printing rolloperation of continuous web printing apparatus er. Figs. 12 and 13 are'perspective views illuswhereby it will not only be cheapened in contrating the successive operations performed upon struction, but will be more eiiicient in operation, the paper web, Fig. 12 illustrating the paper automatic in action, rapid, accurate and unipunched for pin wheel or chain feeding operaform in production of printed material, and untion, while Fig. 13 illustrates the paper punched likely to get out of repair. for use with the feeding device illustrated in Fig.

A further object of the invention is to provide 9. Figs. 14 and 15 are top plan and side elevaan improved form of differential actuating means tions of the adjustable cut-off mechanism. Fig. I for the printing cylinder and the paper web feed- 16 is a detail of a modified feeding device. Fig. ing apparatus whereby the paper is advanced in 17 is a perspective view of an auxiliary paper unison with the rotation of the printing cylinsupply mechanism for relieving the feeding and der during the impression making interval, imprinting mechanism of the tension strain of drawing the material from the supply roll. Fig.

' taining feed holes will automatically effect division of the strip into successive sheets. Fig. 19

discloses a succession of closely spaced marginal holes, while Fig. 20 shows more widely spaced marginal holes, one in each succeeding form. Fig. 21 is a perspective. view of a supply packet of a zig-zagfolded material, which may be substituted for a supply roll.

Like parts are indicated by similar characters of reference throughout the several views.

The apparatus forming the subject matter hereof, as illustrated in the drawings, is mounted upon and between parallel side frames I-l mounted upon a base 2 and interconnected at spaced intervals by suitable the bars.

The web of continuous series-connected stationery is supplied from a roll 3 journaled on the frame I at one end of the apparatus from which the web passes over a guide roll 4, thence over a guide table 5 and betw en the printing cylinder 6 and acoacting platen I having operating contact through a suitable opening in the table.

Beyond the printing cylinder the web passes beneath a signature imprinting roll 8, which may, however, be employed for other printing impressions in differently colored ink or in locations upon the web outside the impression area of the printing cylinder 6. Continuing its course over the table 5, the marginally punched web is engaged by pin wheel feed devices 9 by whichthe web is positively advanced through successive movements proportionate to the length of the finished sheets, the. extent of which is variable at will. i l

The impression contact of the printing area of the rotating cylinder 6 with the paper against the platen roll I would ordinarily be sufficient to insure unison travel of separate sheets of paper web when properly fed so long as the impression contact is maintained on a single form. It is desired, however, to advance a paper webdrawn from a roll of continuous forms, a selected predetermined distance at each operation sufliciently to compensate for the portion of the sheet occupied by the letterhead and a suitable space at the end and preceding the imprinted matter to afford to the printed letter or form a presentable balanced appearance and uniform length. This feeding motion of the paper web therefore varies in extent according with the size of the ultimate printed sheet, the extent of the letterhead area and that used for balancing the imprint material on the sheet. Any slight differentials or error or the feeding movement which would be quite unnoticeable on sheets singly fed, would be accumulative on continuous web material, and after a few impressions such differential would become quite serious.

In order to secure accurate registry upon succeeding sheets, it is therefore necessary that the advance of the material intermediate the impression periods be quite accurately effected. Hence the use of positive pin wheel feed device 9 is preferred.

After having served its purpose of accurately and uniformly feeding the paper web, the punched margins thereof are trimmed off by being passed under rotary cutters l0, and finally the printed web, minus its punched margins, is transversely divided at regularly spaced intervals by a chopper type of cutter Il.

Power is applied through the main drive shaft I2 (beneath the printing cylinder) which carries a gear pinion I3 meshing with a corresponding pinion I4 upon the platen roll I. The platen roll pinion meshes witha large gear wheel I5 fixedly connected to the printing cylinder 6 and rotating in unison therewith. The printing cylinder is thus given continuous rotary motion, always in the same direction. The printing cylinder gear I5, operating through a gear pinion I6, drives a gear Il upon a transverse shaft I8, which at the opposite side of the apparatus carrie a rotary cam I9. The cam I9, operating through a pitman 20 having a roller 2| traveling in the cam slot 22, oscillates to and fro a'pivoted gear sector 23. The gear sector 23 intermeshes with a small gear pinion 24 loose upon the printing cylinder shaft 25 and connected through a friction clutch 26 with an oscillating disc 21, also loosely journaled upon the printing cylinder shaft 25 for free to and fro oscillation. The oscillatory disc 21 is peripherally grooved to receive relatively adjustable stops 28, of which there are two, slidingly adjustable in the peripheral groove and are adapted to be locked in their adjusted positions. The periphery of the disc is preferably, though not necessarily, serrated to receive and hold the stop lugs 28, which are similarly serrated for interlocking engagement. These stop lugs 28 contact with limiting stops 30 and 3| respectively upon the frame of the apparatus at the limit of the oscillatory movement of the disc in either direction. The extent of such oscillatory motion is' determinedby the'relative positions of the adjustable stop lugs 28. The engagement of such lugs with the fixed stops 30 and 3| limits the oscillation of the disc and any diiferential'movement of the actuating gear sector 23 is compensated for by slippage of the friction clutch 26. Thus, while the actuating gear sector describes a full stroke motion at each operation, the disc 21 moves in unison thereof stop lugs, whereupon the gear sector 23 continues its movement rotating the gear pinion 24 idly by slipping the clutch 26.

The oscillatory disc carries a pawl 32 at its inner side, engaging with a ratchet wheel 33 also loosely journaled upon the printing cylinder shaft 25, with which is fixedly connected for unison rotation a large gear wheel 34 substantially equal in size to the printing cylinder gear ii at the opposite side of the apparatus. Due to the interposed pawl and ratchet driving connection 32-33, the large gear wheel 34 is intermittently rotated in unison with the oscillation of the disc 21 and gear sector 23 in one direction, but *remainsat rest in its advanced position during retrograde movement of such parts. The degree of motion transmitted to the gear wheel 34 at each actuating movement is determined by the relative spacing of the limiting stops 26 upon the oscillatory dis'c. Thus the continuous motion of the driving mechanism is transformed into intermittent motion of the paper feed devices, the extent of which may be varied to accommodate letters, bills or forms of different length.

The intermittently operated gear wheel34' is operatively connected through a train of idler gears 35, 36, 31, 36, 39, and with a gear wheel 4| upon a shaft 42 carrying the pin wheel feed devices 9 to which intermittent motion is thus transmitted. By this means the paper web is advanced uniformly with the rotation of the printing cylinder while the printing form is in contact therewith, and is further advanced in unison with the rotation of the cylinder either table is preferably dividedand the section contiguous to the pin wheels is pivotally mounted to afford access to such wheels. The web is maintained in feeding engagement with the pins by an overlying keeper plate 43, which is slotted at 44 for the passage of the feeding pins in their rotary travel. The keeper plate 43 is carried upon swinging arms 45 pivoted at 46, one of which is provided with a peripherally notched head 41 for engagement of a detent'48 by which the keeper plate is supportedin slightly elevated relation above the feeding table to minimize friction. The pivotal mounting of the keeper plate enables it to be turned to an inoperative .position to facilitate insertion and initial adjustment of the paper web upon the pin wheels 9.

Located beyond the feeding wheels 9 are parallel spaced trimming discs l0 cooperating with a platen roller 50, between which the paper web advances, and by which the punched margins of the web are simultaneously trimmed off. The cutters or trimming discs III are adjustabiy mounted on swinging arms 5| and adjusted relative to the platen roll by the adjusting screw 52.

Idler rollers 49 are mounted adjacent to the tr m discs l0 and hold the paper web on the platen 50.

Finally the advancing paper web is engaged by a transverse cutter, by which it is divided at spaced intervals into succeeding separate sheets, each of which bears the imprint of the type or marking devices carried by the printing cylinder in accurately predetermined position upon the sheet, which may also bear a previously printed letter-head or other data or indicia.

Thetransverse cutter may be of various forms. A quite simple construction consists of a stationary cutter bar 53 mounted upon the main frame, with which cooperates a sweep 54 carrying a coacting transverse cutter bar ll. Such sweep arms are adjustably carried upon the revoluble shaft 56 upon which is mounted a driven gear 51, to which. motion is transmitted by idler gears 58 and 49 forming a continuation of the gear train operating the pin wheel feed devices; Being operated through the same driving train, the cutter functions in timed relation with the web feeding devices. Sheets of different length are accommodated by adjusting the sweep arms to difiei'ent radial positions about the shaft, thereby changing the timed relation of the cutter knife.

The preferred form of cutter comprises a head 60 slidingly mounted upon guide rods 6i supported in a cross bar 62 of the main frame and projecting longitudinally therebeyond. The guide rods are preferably provided with rack teeth 63 for engagement of pinions carried by the head and rotatable by the crank 64 to slidingly ad- Just the cutter head. Mounted in the cutter head 50 is a vertically sliding knife bar 85 carrying a cutter blade 66, the cutting edge of which is upturned for cooperation with a second knife 51 stationarily carried upon the head 60. The paper web is progressively advanced between such knives. 'Ihe.sliding knife bar 65 is normally held retracted by a spring 68 and is guided between the rear side of the head 60 and an adiustable hearing or guide plate 59 mounted upon the head. The movable knife 66 has an upwardly projecting guide or lead finger I0 overlapping the end of'the stationary knife 51 to insure proper sliding relation therebetween.

The sliding knife 86 is actuated against the tension of its retracting spring by a pivoted lever plate H engaging with a stud 12 on the knife bar 65 and in turn oscillated by a bell crank lever 13. 'Thebell crank lever is connected by a link 14 with a rock arm 15 slidingly adjustable on a rock shaft 16 extending longitudinally of the machine. At its opposite end the rock shaft carries a similar rock arm I1, connected by a similar link with a small cam arm 18, which is engaged by a roller stud upon the cam l9 at each rotation of the cam which actuates the gear sector 23, thereby transmitting to the shaft 16 intermittent rockingmotion. The shaft and rock arm 15 are splined for relative adjustment longitudinally of the shaft in unison with the adjustment of the cutter-head 60, as may be necessary to accommodate sheets of different sizes. The links 14 are provided with double pivotal or universal joints to enable them to compensate for rocking motion of the respective connected arms in different planes.

While the pin wheel feed devices 9, before described, are preferred for intermittently advancing the paper web, in lieu thereof enlarged pin wheels 19 may be mounted concentrically with the printing cylinder upon the cylinder shaft 25 and connected with the intermittently operated gear wheel 34 for unison rotation. In such case one such enlarged pin wheel is provided at each side of the printing cylinder. These pin wheels are interconnected for unison rotation with the intermittentlyactuated large gear 34. If such enlarged pin wheel feed devices are employed, the smaller pin wheels. 9 before described are" omitted, and vice versa.

As a further modification, chain belts shown in Figs. 6, 7 and 8 may be substituted for the pin wheels 9. In such case the traveling chain belt may be located at the present position of the pin wheels 9, but is preferably located immediately beneath the printing cylinder. In such position it is actuated by sprockets 8| upon the platen roll shaft It immediately beneath the cylinder. The studded feeding chain is guided over idler sprockets 82 located in spaced relation on opposite sides of the actuating sprocket M. The feeding tableis slotted at 80' to accommodate the feeding chains til, the studs of which engage marginal holes punched in the paper web. By use of the chain the marginalv feeding holes may be located at greater distances apart.

In Fig. 9 there is shown a friction feed mechanism comprising a series of relatively adjustable overlapping sectors I09 which cooperate with a friction roll Iill to advance the paper web, the

extent of advance being determined by the ador feeding pin III carried by one of the sectors operatively engages in spaced feeding holesin .the paper to insure the initiation of advance movement in proper time with the printing devices. This feeding means is shown and described in patent to Sherman No. 1,529,555, and, per se, forms no part of the present invention except in combination with associated parts.

In printing form letters itis quite desirable to imprint a facsimile signature in differently colored ink, or it is sometimes desirable for emphasis to print fill-ins. of different color. For this purpose there is provided an auxiliary printing mechanism.

The continuously rotating cylinder gear I5 intermeshes with an idler pinion 84 transmitting motion to a gear 85 upon a transverse shaft 86, upon which is mounted for rocking motion an eccentric sleeve 81. Journaled upon the eccentric sleeve 81 is the auxiliary printing roller 8, bearing impression plates or type as may be required. The printing roller is operatively connected with the drive shaft 86 for unison rotation by compensating coupling heads 8990. The head 89 is fast upon the shaft 86 and has in its lateral face diametrically opposite radial 89' of the fixed collar 89. The radial slots of the floating collar are engaged by splines or lugs upon the end of the printing roller 8 to rotate such roller about the stationary eccentric sleeve The eccentricity of the driving and driven rotating members is compensated for by a lateral shifting adjustment of the floating collar 90 relative to the fixed collar 89 and the roll 8 with both of which it is slidingly engaged for transverse motion, the motion relative to the respective membersbeing at right angles.

The eccentric sleeve 8.! is normally so positioned that the roller rotates inan elevated idle position above the level of the paper. By rocking the eccentric sleeve 81 about the drive shaft 66, the roller is lowered into impression contact with the paper web,.without, however, interfering with its rotation. To rock the eccentric sleeve in proper timed'relation, there is provided on the end of the shaft 86, opposite the driving gear 85, a small gear pinion 9| intermeshing with a gear wheel- 92 having therein a cam groove 93 within which engages a roller upon an oscillatory lever 94 operable against the tension of a retracting spring 94. The cam is so shaped that the lever is held stationary first in one position and then in another position while the gear and cam continue to rotate. The cam is so shaped that the lever is held in one position through a much greater time interval than in its otherposition. The lever 94 is connected by a link 95 with a rock arm 98 upon the eccentric sleeve 86. As the lever 94 is oscillated from its normal position to its operated position, in which it is temporarily held by-the cam, it actuates the rock arm 96, thereby turning the eccentric sleeve to lower the printing roller into impression making contact with the paper web.

The gear train is so proportioned that the printing roller may make several rotations in its inoperative position before being lowered into impression making contact by actuation of the lever 94 and makes but one rotation therein before being returned. The printing roller is supplied with ink from a roller pad 91 by a transfer roller 98 driven through the gear pinion 99-I00 and IM from the auxiliary printing roller shaft. 86.

The printing cylinder is preferably, though not necessarily, of the type commonly employed for multigraphing purposes. It consists of spaced heads I02 and I03 upon which is removably mounted a semi-circuar slotted type chase I04 within the slots of which the printing type are assembled. The chase is held upon the heads by a hook I05 having locking engagement with the cylinder shaft 25. The respective heads I02 and I03 carry mounting means I06 and automatic feeding mechanism I01 for supply and receiving rollers I08, upon which is carried an ink ribbon or apron H2 extending around the periphery of the cylinder and over the type body or printing,

plate. The impression is effected through such inked apron in the manner well known in duplicating apparatus. It is obvious, however, that the type may be inked by an ink transfer roll receiving its supply from a roller-pad or from an ink fountain as is customary in printing apparatus and as shown in association with the auxiliary or signature printing roller. The particular detail construction of the type chase and ink ribbon or apron feeding mechanism forms no part, per se, of the present invention.

The use of the present apparatus enables the rapid, accurate and economical production of multi-form letters, circulars and other printing operations. By employing stationery pre-printed in roll form, a great saving inmaterial and printing costs is efiected. The present apparatus accurately positions its impressions with the prior imprints upon the roll material and the positive paper feeding means automatically and continuously maintains such relation. The work can -be performed more rapidly and less expensively than is possible with the usual more expensive duplicating machines requiring feeders for flat forms.

While the printing of successive impressions upon continuous web material is quite common, ordinarily a slight variation in the spacing of successive impressions is quite immaterial. The present material being pre-printed with letter headings, forms or other indicia, in definite relation with which additional imprints are to be made by the present apparatus, any variation,

' however slight, in the feeding of the web relative to the printing apparatus results in defective production. Hence positivefeeding devices are employed to insure accurate registry which would otherwise be'unnecessary if printing upon blank webs. Likewise the letterheads, forms or other matter preprinted upon the web must be accurately spaced.

In order that the synchronized feeding and imprinting mechanism may be relieved of tension and pulling strain incident to withdrawing the material from a heavy supply roll 3, an auxiliary pin type roller II5 may be provided above the supply roll 9, the pins H6 of which have progressive engagement with the marginally punched holes in the strip of material. This pin type roller is actuated from the drive gear I! by a variable frictional drive mechanism.

that of the shaft H8.

of the shaft and radially toward and from the center of the gear I1 by an adjusting screw I20. To enable adjustment of the friction wheel to- .ward the gear I! to compensate for wear and maintain requisite driving pressure, the wheel II! is loosely journaled upon an eccentric bushing surrounding the shaft. The bushing is revolubly adjustable thereon by means of an adjust- The friction wheel a and its mounting are adjustable longitudinally ing lever I2I operative in an arcuate slot I22 of a segment plate I23 carried by the wheel mounting. A nut I24 serves to hold the bushing in its adjusted position. The friction wheel thus rotates about an axis somewhat eccentric with Secured to the shaft immediately beneath the wheel for unison rotation is a disc-like collar I25, having therein a radial slot I26 into which projects a driving stud carried by the wheel. Thus the disc I and shaft III! are rotated in unison with the eccentrically positioned friction wheel.

While the strip feeding mechanism synchronized with the imprinting means is intermittently actuated, the auxiliary feeding roller H5 is continuously driven to draw from the roll a supply of material which droops in a loose night or loop I21 intermediate the auxiliaryfeeding roller and the imprinting devices and associated synchronized feeding means. The speed of the auxiliary roller is timed, by adjustment of the friction wheel, to maintain ample slack or excess material in the loop I31, from which the material passes to the imprinting and feeding apparatus.

While, as before described, the material may be transversely severed into succeeding sheets V by a cutter operating in synchronism with the imprinting and feeding apparatus, such cutter may be omitted and the strip of material may be partially severed at spaced intervals before being fed to the present apparatus. In Figs. 20 and 21 t the strip material is shown as comprising a succession of sheets interconnected only contiguous to their side margins. Between each succeedin form or sheet, is a transverse cut I28 which terminates in spaced relation with the side edges.

. cross out between succeeding forms as shown in Figs. 20 and 21, or continuous as shown inFigs. 12, 13 and 18, the material may be .reversely folded into packet form, preferably at spaced inonly of the rotation of the drum 6, the strip is subject to intermittent frictional feeding impulses, and that the pin wheel 8, located in offset relation with the frictional feeding members 8 and I, in the direction of advancement of the strip, maintains continuous feeding engagement with the strip to continue advancement of the strip intermediate succeeding intervals of frictional feeding influence by the rollers 6 and I. Thus the intermittent frictional feeding operations of the rollers 6 and I alternate with positive pin type feeding operations of the pin wheel 9 which occur independently of the feeding influence of the rollers 6 and I. During a portion of each cycle of operation the strip is subjected to simultaneous frictional and positive pin type feeding operations and during the remainder of the cycle of operation, intermediate succeeding frictional feeding operations, the strip is subject to only positive pin type feeding operation.

The present arrangement of parts and control of the feeding and imprinting means enables the use of printing plates of different length, and hence, engageable through greater or less portions of the cycle, the positive feeding means,

is adjustable for different lengths of forms and does not operate continuously at the same rate of speed as the printing cylinder. Obviously, during such period as the printing cylinder is in contact with the web to which it imparts a simultaneous frictional feeding impulse, the feeding means must be synchronized therewith, but during the intervening intervals the feeding device may be difierentially operated, either at a reduced or increased speed or it may be operative during a portion of the intervening interval between succeeding impressions and at rest during the remainder of the intervals. The necessa y extent of feeding movement is that portion of the form upon which the imprinting device oper- I ,ates plus sufiieient additional movement necessary to advance the web during non-printing intervals to present the succeeding impression receiving area in position for engagement of the imprinting device.

The present application is a division of, co-

pending application Serial No. 115,804, now matured into Letters Patent No. 2,177,675, wherein the subject matter of the appended claims is shown and described but not claimed. Cross reference is made to copending companion applicaprinciple involved or sacrificing any of its adtervals, coincident with the lines upon which the material is to be subsequently severed, as shown in Fig. 22.

It is to be noted that during successive contact pressure engagements of the strip of material be-v tween the imprinting drum 6 and platen roller 1, which ordinarily continues throughout a portion vantages.

While in order to comply with the statute the invention has been described in language more or less specific as to structural features. it is to be understood that the invention is not limited to the specific features shown, but that the means and construction herein disclosed comprise the preferredform of several modes of putting the invention into effect, and the invention is therefore claimed in any of its forms or modifications within the legitimate and valid scope of the appended claims.

Having thus described the invention, it is claimed:

1. An apparatus of the type wherein a continuous strip of record material having thereon a longitudinally spaced succession of imprinted areas, and having therein a longitudinal succession of marginal feed holes disposed in predetermined identical relation with the succession of imprinted areas and lines of severance intermediate succeeding imprinted areas, is intermittently advanced past strip trimming andsevering devices by which the marginal feed holes are progressively removed and the remainder of the strip transversely divided in predetermined definite relation with'the imprinted areas into a succession of individual imprinted sheets, characterized by a traveling pin type feeding device having progressive engagement in the marginal holes in the strip to advance the strip a predetermined distance at each' operation, trimming means for longitudinally separating from the strip at least one marginally punched area thereof, and strip severing means operative in synchronism with the feeding means for detaching succeeding terminal portions of predetermined length from the strip, and actuating means for operating the strip feeding means, and the strip severing means in alternating sequence.

2. An apparatus of the type wherein a continuous strip of record material having thereon a longitudinally spaced succession of imprinted areas, and having therein a longitudinal succession of marginalfeed holes disposed in predetermined identical relation with the succession of imprinted areas and lines of severance intermediate succeeding imprinted areas, is intermittently advanced past strip trimming and severing devices by which the marginal feed'holes are progressively removed and the remainder of the strip transversely divided in predetermined defisuccession of individual imprinted sheets, characterized by a pin type feeding device having progressive engagement with a marginally punched area of the strip to advance the strip measured distances at each operation, a strip severing device operative in alternation with the strip feeding device for transversely dividing the strip at predetermined longitudinally spaced intervals commensurate with the advancement of the strip by operation of the feeding device, and

a strip trimming device operative simultaneouslydetermined identical relation with the succession of imprinted areas and lines of severance intermediate succeeding imprinted areas, is interrnittently advanced through a step-by-step travel movement past strip trimming and severing devices by which the marginal feed holes are progressively removed and the remainder of the strip transversely divided in predetermined definite relation with the imprinted areas into a succession of individual imprinted sheets, characterized by a pin type feeding devicehaving progressive engagement with the marginal holes to intermittently advance the strip through succeeding measured'distances, a strip severing device operative alternately with the feeding device to transversely sever the strip at predetermined nite relation with the imprinted areas into a a intervals into a succession of individual sheets, adjusting means for varying the distance the strip is advanced at each operation of the feeding device to thereby vary the length of the severed sheets, and means for progressively trimming the successive portions of the strip detached therefrom. I

4. An apparatus of the type wherein a continuous strip of record material having thereon a longitudinally spaced succession of imprinted areas, and having therein a longitudinal succession of marginal feed holes disposed in predetermined identical relation with the succession of imprinted areas and lines of severance intermediate succeeding imprinted areas, is intermittently advanced through a step-by-step travel movement past strip trimming and severing devices by which the marginal feed holes are progressively removed and the remainder of the strip transversely divided in predetermined definite relation with the imprinted areas into a succession of individual imprinted sheets, characterized by a pin type feeding device having progressive engagement with the marginal holes to intermittently advance the strip through succeeding measured distances, means for varying at will the extent of advance movement of the strip at each operation (if the feeding device, a strip severing device operative alternately with the operation of the strip feeding device for progressively detaching succeeding terminal portions of uniform length therefrom, and a strip trimming device operative simultaneously with the operation of the feeding device for progressively detaching from the strip the punched marginal area thereof subsequent to its engagement by of imprinted areas, is intermittently advanced past strip trimming and severing devices by which the marginal feed holes are progressively removed and the remainder of the strip transversely divided in predetermined definite relation with the imprinted areas into a succession of individual imprinted sheets, characterized by a pin type feeding device having progressive engagement-in the longitudinally spaced marginal holes for advancing the strip, means for intermittently actuating the pin type feed device for advancing the strip through a step-by-step movement predetermined distances at each operation, shear dlscs past which the strip is advanced by the pin type feeding device for marginally trimming the strip of material and a pair of coacting transverse'ly disposed shear blades operative .to remove from the strip succeeding terminal portions thereof, into severing relation with which the strip is advanced by the feedingdevice.

6. An apparatus of the type wherein a continuous strip of record material having thereon I a longitudinally spaced succession of imprinted areas, and having therein a longitudinal succession of marginal feed holes disposed in predetermined identical relation with the succession of imprinted areas, is intermittently advanced with the imprinted areas into a succession of individual imprinted sheets, characterized by a pin type feeding device having progressive engagement in the longitudinally spaced marginal holes for advancing the strip, a trimming device past which the strip is advanced by the pin type feeding device for removing a marginal portion therefrom, and a pair of coacting transversely disposed shear blades, into severingrelation with which the strip is advanced by the feeding device, and actuating means for operating the feeding,

tinuous strip of record material having thereon a longitudinally spaced succession of imprinted areas is intermittently advanced past strip severing devices by which the strip is transversely divided in predetermined definite relation with the imprinted areas into a succession of individual imprinted sheets, characterized by a strip feeding device engageable with the continuous trimming and severing devices intimed relation.

7. An apparatus of the type wherein a continuous strip of record material having thereon a longitudinally spaced succession of imprinted areas is intermittently advanced past strip severing devices by which the strip is transversely divided in predetermined definite relation with the imprinted areas into a succession of individual imprinted sheets, characterized by a strip feeding device for intermittently advancing the continuous strip of material through successive predetermined degrees of movement, a strip severing device into severing relation with which succeeding terminal portions of the strip are advanced, means for actuatingthe strip feeding and strip severing devices in alternating sequence, and variable means for effecting advancement of the strip through degrees of movement greater or less extent to change the size of the severed portions thereof.

8. An apparatus of the type wherein a continuous strip of record material havingthereon a longitudinally spaced succession of imprinted areas is intermittently advanced past strip severing devices by which the strip is transversely divided in predetermined definite relation with the imprinted areas into a succession of individual imprinted sheets, characterized by a strip feeding device engageable with the continuous strip of material for advancing the strip succeeding measured distances and arresting the strip at the end of each advancement, a strip severing device into severing relation with which succeeding terminal portions of the strip are advanced by the feeding device, actuating means for operating the feeding device and strip severing device alternately, and variable control means for regulating the degree of advancement of the strip by the feeding device to enable advancement thereof greater or less distances intermediate succeeding operations of the severing device.

9. An apparatus-of the type wherein a continuous strip of record material having thereon a longitudinally spaced-succession of imprinted areas is intermittently advanced past strip severing devices by which the strip is transversely ,divided in predetermined definite relation with the imprinted areas into a succession of individual imprinted sheets, characterized by a strip feeding device engageable with the continuous strip of material for advancing the strip succeeding measured distances and arresting the strip at the end of each advancement, a strip severing device intosevering relation with which succeeding terminal portions of the strip are advanced by the feeding device, actuating means for operating the feeding device and strip severing device alternately, and variable control means for regulating the feeding period of the strip feeding device, by which it is rendered operative through greater or less time periods to advance the strip greater or less distances intermediate succeeding operations of the severing device.

10. An apparatus of the type wherein a con- 7 strip of material for advancing the strip succeeding measured distances, and arresting the strip at the end of each advancement, a strip severing device into severing relation with which succeeding terminal portions of the strip are advanced by the feeding device, actuating means for operating the feeding device and strip severing device alternately, and variable control means for operating the strip feeding device through feeding movement of greater or less extent to advance the strip corresponding greater or less distances intermediate succeeding operations.

11. An apparatus of the type wherein a continuous strip of record material having thereon a longitudinally spaced succession of imprinted areas is intermittently advanced past strip trimming and severing devices by which a longitudinal marginal portion of the strip is progressively removed and the remainder of the strip transversely divided in predetermined definite relation with imprinted areas into a succession of individual imprinted sheets, characterized by a strip feeding device for intermittently advancing the a minalportions of the strip for detaching succeedmately uniform size, and actuating means for operating the several devices in timed relation.

13. An apparatus of the type wherein a continuous strip of record material having thereon a longitudinally spaced succession of imprinted areas and a longitudinally spaced succession of marginal configurations disposed in predetermined identical relation with the succession of imprinted areas and lines of severance intermediate succeeding imprinted areas is advanced past strip trimming and severing position by which the marginal configurations are progressively removed and the remainder of the strip transversely divided in predetermined definite relation with the imprinted areas into a succession of individual imprinted sheets, characterized by a positive strip feeding device having progressive engagement with the longitudinally spaced configurations of a continuous strip of material, a strip trimming device past which the strip is advanced by the strip feeding device, 'and a shear knife movable in a direction substantially perpendicular to the plane of the strip at the moment of severance and operable in synchronism with the feeding device for severing from the trimmed portion of the strip succeeding terminal por tions of approximately uniform size.

14. An apparatus of the type wherein a continuous strip of record material having thereon a longitudinally spaced succession of imprinted areas and a longitudinally spaced succession -of marginal configurations disposed in predetermined identical relation with the succession of imprinted areas and lines of severance intermediate succeeding imprinted areas is advanced past strip trimming and severing position by which the marginal configurations are progressively removed and the remainder of the strip transverse- 1y divided in predetermined definite relation with the imprinted areas into a succession of individual imprinted sheets, characterized by a positive strip feeding device having progressive engagement with the longitudinally spaced configurations of a continuous strip of material, a strip trimming device past which the strip is advanced by the strip feeding device, asevering device intermittently engageable with the strip in synchronism with the operation of the feeding device for detaching from the strip succeeding terminal portions of substantially uniform size, and variable control mechanism for varying the operative action of the strip feeding device to correspondingly vary the size of the severed portions of the strip.

15. An apparatus of the type wherein a continuous strip'of record material having thereon a longitudinally spaced succession of imprinted areas is progressively advanced past strip severing devices by which the strip is transversely divided in predetermined definite relation with the imprinted areas into a succession of individual imprinted sheets, characterized by a strip feeding device engageable with the strip for intermittently advancing the strip through a stepby-step movement past a severing position, a strip severing device for transversely dividing the strip at predetermined intervals, actuating means for operating the severing device in timed sequence with the advancement of, the strip, the construction and arrangement being such that predetermined longitudinally spaced non-imprinted areas of the strip are accurately presented in registry with the severing position approximately simultaneously with the engagement of the severing device therewith.

16. An apparatus of the type wherein a continuous strip of record material having thereon a longitudinally spaced succession of imprinted areas is progressively advanced past a given position by a strip feeding device, and at which position the area of the' strip with which the feeding device shall have been engaged is removed from the strip, characterized by a strip feeding device having progressive marginal engagement with the strip for intermittently advancing said strip through a step-by-step movement, and a coacting trimming device past which the strip is intermittently advanced by the strip feeding device having engagement with the strip, for progressively removing therefrom a marginal area of the strip with which the strip feeding device shall have been engaged.

17. An apparatus of the type wherein a continuous strip of record material having thereon a longitudinally spaced succession of imprinted areas is progressively advanced past a given position by a strip feeding device, and at which position the area of the strip with which the feeding device shall have been engaged is removed from the strip, characterized by a strip feeding device having intermittent feeding engagement with the strip and a severing device' past which the strip is advanced by the strip feeding device and operative to remove therefrom succeeding portions of the strip with which the feeding device shall have been engaged.

18. An apparatus of the type wherein a continuous strip of record material having thereon a longitudinally'spaced succession of imprinted areas is intermittently advanced past strip trimming and severing devices by which a longitudinal marginal portion of the strip is progressively removed and the remainder of the strip transversely divided in predetermined definite relation with imprinted areas into a succession of individual imprinted sheets, characterized by a strip feeding device having marginal engagement with succeeding divisible portions of the strip for intermittently advancing the strip through a step-by-step movement past a severing position, a severing device operative in timed sequence with the advancement of the strip for transversely severing succeeding portions of predetermined length therefrom, and a trimming device for re-,

moving from succeeding portions thereof the marginal portion with which the strip feeding device shall have been engaged.

19. In a strip feeding and registering mecha nism, a pair of coacting rollers temporarily engageable with interposed strip material and effective to frictionally impart to the strip material intermittent feeding movement, a pin type feeding device located in offset relation with the rollers in the direction of advancement of the strip material and having continuous engagement in longitudinally spaced holes in the strip material and operative to further advance the strip material intermediate succeeding intervals of operative engagement of the rollers therewith and independently thereof to adjust the strip material preparatory to reengagement of the rollers therewith. v

20. In a strip feeding and registering apparatus, dual feeding devices operative in unison for progressively advancing record material through unisonoperation to adjust the material prepara-' tory to further unison operation of the feeding devices. 4

21. In a strip feeding and registering apparatus, frictional feeding means intermittently enageable with record material and effective to advance the record material through succeeding movements thereof, and a positive means having continuous feeding engagement with the record material and periodically operative in unison with the frictional means for advancing the record material and effective independently of the frictional feeding means intermediate periods of unison feeding operation to adjust the record material preparatory to further unison feeding operation of said frictional, and positive feeding devices.

22. In a strip feeding and registering apparatus, a pair of rollers having intermittent engagement withinterposed record material to periodically advance-the record material through succeeding travel movements, and a pin wheel disposed in offset relation with the rollers in the direction of travel of the record material having continuous engagement in marginally punched holes in the record material and operative to adjust the record material intermediate succeeding engagements of the rollers therewith preparatory to reengagement of the rollers with the rec- 0rd material.

23. In a strip feeding and registering apparatus, a pair of coacting rollers having intermittent frictional engagement with a strip to be fed and effective to frictionally advance the strip during periodic engagement of the rollers therewith, and a pin wheel feeding unit having continuous KATHERINE M. SHERMAN, WILLIAM c. SHERMAN,

WELLMORE B. TURNER,

Executor: of the Estate of John Q. Sherman,

Deceased. 

